removable$69062$ - traduzione in greco
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In questa pagina puoi ottenere un'analisi dettagliata di una parola o frase, prodotta utilizzando la migliore tecnologia di intelligenza artificiale fino ad oggi:

  • come viene usata la parola
  • frequenza di utilizzo
  • è usato più spesso nel discorso orale o scritto
  • opzioni di traduzione delle parole
  • esempi di utilizzo (varie frasi con traduzione)
  • etimologia

removable$69062$ - traduzione in greco

EXCHANGEABLE COMPUTER STORAGE MEDIUM THAT IS READ OR WRITTEN USING A DEDICATED STORAGE DEVICE WHICH IS EXTERNAL OR BUILT INTO THE COMPUTER
Removable medium; Removeable media; Removable disk; Removable Disk Storage; Removable storage; ⏏

removable      
adj. μεταθέσιμος, μεταθετός, μετακινητός
aerial wire         
  • base station]] antennas
  • The wave reflected by earth can be considered as emitted by the image antenna.
  •  The currents in an antenna appear as an image in ''opposite'' phase when reflected at grazing angles. This causes a phase reversal for waves emitted by a horizontally polarized antenna (center) but not for a vertically polarized antenna (left).
  • θ}} = 0 .
  • Film on working of antenna
  • Electronic symbol for an antenna
  • Typical center-loaded mobile CB antenna with [[loading coil]]
  • An automobile's [[whip antenna]], a common example of an omnidirectional antenna.
  • I}}</span>) whose width is proportional to the amplitude of the quantity at that point on the antenna.
  • Diagram of the [[electric field]]s (''<span style="color:blue;">'''blue'''</span>'') and [[magnetic field]]s (''<span style="color:red;">'''red'''</span>'') radiated by a [[dipole antenna]] ('' '''black''' rods'') during transmission.
  • Half-wave [[dipole antenna]]
  • Polar plots of the horizontal cross sections of a (virtual) Yagi-Uda-antenna. Outline connects points with 3&nbsp;dB field power compared to an ISO emitter.
  • df=dmy-all}}</ref>
ELECTRICAL DEVICE WHICH CONVERTS ELECTRIC POWER INTO RADIO WAVES, AND VICE VERSA
Antenna theory; Radio antenna; Antennas; Antenna (electronics); Antenna (astronomy); Antena (radio); Antenna (electromagnetism); Radio antennas; External removable antenna; External antenna; TV Aerial; Radio antennae; Radio Antenna; Aerial Wire; Polarization (antenna); Aerial (radio); Polarization (antennas); Antenna bandwidth; GP antenna; Antenna polarization; Antennas (radio)
σύρμα κεραίας
access arm         
  • 2.5-inch SATA drive on top of 3.5-inch SATA drive, showing close-up of (7-pin) data and (15-pin) power connectors
  • A newer 2.5-inch (63.5&nbsp;mm) 6,495&nbsp;MB HDD compared to an older 5.25-inch full-height 110&nbsp;MB HDD
  • Recording of single magnetisations of bits on a 200&nbsp;MB HDD-platter (recording made visible using CMOS-MagView).<ref name="AutoMK-9" />
  • Diagram of HDD manufacturer consolidation
  • access-date= December 1, 2019 }}</ref>
  • read-write head]], showing the side facing the platter
  • Video of modern HDD operation (cover removed)
  • A disassembled and labeled 1997 HDD lying atop a mirror
  • An HDD with disks and motor hub removed, exposing copper-colored stator coils surrounding a bearing in the center of the spindle motor. The orange stripe along the side of the arm is a thin printed-circuit cable, the spindle bearing is in the center and the actuator is in the upper left.
  • Close-up of an HDD head resting on a disk platter; its mirror reflection is visible on the platter surface. Unless the head is on a landing zone, the heads touching the platters while in operation can be catastrophic.
  • Diagram labeling the major components of a computer HDD
  • An overview of how HDDs work
  • Hot-swappable]] HDD enclosure
  • Head stack with an actuator coil on the left and read/write heads on the right
  • Internals of a 2.5-inch laptop hard disk drive
  • Longitudinal recording (standard) & [[perpendicular recording]] diagram
  • 2022}}, Seagate offers capacities up to 20TB.
  • Seagate]] HDD that used the [[Parallel ATA]] interface
  • 8-, 5.25-, 3.5-, 2.5-, 1.8- and 1-inch HDDs, together with a ruler to show the size of platters and read-write heads
  • Destroyed hard disk, glass platter visible
  • Two high-end consumer SATA 2.5-inch 10,000&nbsp;rpm HDDs, factory-mounted in 3.5-inch adapter frames
  • Two 2.5" external USB hard drives
DATA STORAGE DEVICE
Hard drive; Hard disk drive functioning; Hard-disk; Harddisk; Hard disc; Harddisc; Hard Disk; Hard disks; Hard drives; Hard disc drive; Harddrive; Hard disk drives; Fixed disk; Pocket hard drive; Hard Drives; External hard drive; Hard file; External hard disk; Disk Overhead; External Hard Drive; External HDD; Laptop hard drive; Access arm; Actuator arm; External Hard Drives; Hard disk interfaces; Hard Disks; Hard Disk Drive; PC hard disks; Hard disk; Travel drive; The binary effect; USB hard disk; 2.5 inch hard drive; Usb hard disk; Enterprise disk drive; Hard disk parameters; Hard drive capacity; Fixed disk drive; External hard disk drive; Fixed drive; HDD Thermometer; ExternalHDD; Femto Slider; Spindle (computer); External volumes; Portable hard drives; Portable hard disk; Portable hard disk drive; External hard drives; Disk structure; Internal hard drive; Hard-disk drive; Hard disk drive spindle; Disk drive spindle; Portable hard drive; Hard disk drive actuator; Spindle (hard disk drive); Hard disk error rates and handling; Disk subsystem; Portable drive; External removable drive; External removable hard disk drive; External portable hard disk drive; External portable drive; USB hard disk drive; Portable USB hard disk; Portable USB hard disk drive; HDD form factor; Rigid disk drive; Hard-Drive; PowerChoice; Hard disk driver; Magnetic disk memory; Hard disk drive error rates and handling; 🖴; Magnetic hard drive; Rotating iron; Rotating rust; Hard disk drive form factor; Hard disk storage; Rotational media
βραχιόνας προσπέλασης

Definizione

removable disk

Wikipedia

Removable media

In computing, a removable media is a data storage media that is designed to be readily inserted and removed from a system. Most early removable media, such as floppy disks and optical discs, require a dedicated read/write device (i.e. a drive) to be installed in the computer, while others, such as USB flash drives, are plug-and-play with all the hardware required to read them built into the device, so only need a driver software to be installed in order to communicate with the device. Some removable media readers/drives are integrated into the computer case, while others are standalone devices that need to be additionally installed or connected.

Examples of removable media that require a dedicated reader drive include:

  • Optical discs, e.g. Blu-rays (both standard and UHD versions), DVDs, CDs
  • Flash memory-based memory cards, e.g. CompactFlash, Secure Digital, Memory Stick
  • Magnetic storage media
    • Floppy and Zip disks (now obsolete)
    • Disk packs (now obsolete)
    • Magnetic tapes (now obsolete)
  • Paper data storage, e.g. punched cards, punched tapes (now obsolete)

Examples of removable media that are standalone plug-and-play devices that carry their own reader hardwares include:

  • USB flash drives
  • Portable storage devices
    • Dedicated external solid state drives (SSD)
    • Enclosured mass storage drives, i.e. modified hard disk drives (HDD)/internal SSDs
  • Peripheral devices that have integrated data storage capability
    • Digital cameras
    • Mobile devices such as smartphones, tablets and handheld game consoles
    • Portable media players
  • Other external or dockable peripherals that have expandable removable media capabilities, usually via a USB port or memory card reader
    • USB hubs
    • Wired or wireless printers
    • Network routers, access points and switchs

Using removable media can pose some computer security risks, including viruses, data theft and the introduction of malware.